Bhat R, Diaz-Blanco J, Chaudhry U, Vidyasagar D
Chest. 1985 Dec;88(6):890-4. doi: 10.1378/chest.88.6.890.
Using a combined O2-CO2 sensor, we evaluated the effect of cathode size and membrane thickness and incorporation of correction factor upon transcutaneous O2-CO2 readings. The present studies were carried out in three phases in newborns less than a week of age. The data from these studies indicate that a combined O2-CO2 sensor with a smaller cathode, Teflon membrane and with a built-in correction factor can accurately reflect arterial O2 and CO2 tension and can replace the present two heated sensors.
我们使用一种组合式氧-二氧化碳传感器,评估了阴极尺寸、膜厚度以及校正因子的纳入对经皮氧-二氧化碳读数的影响。本研究分三个阶段在出生不到一周的新生儿中进行。这些研究的数据表明,一种带有较小阴极、聚四氟乙烯膜且内置校正因子的组合式氧-二氧化碳传感器能够准确反映动脉血氧和二氧化碳张力,并且可以取代现有的两个加热传感器。